Jamo S7 – 43C

The center channel Studio7 S7-43C also works with the floorstanding & bookshelf speakers of the Studio7 series.
With a 1-inch tweeter and four 3.3-inch woofers, the S7-43C center channel is very slim to compliment today’s flatscreen TVs with an unobtrusive footprint. Every care was taken to ensure the same performance is enjoyed both on
and off the listening axis. This center channel makes you catch every note and every nuance of the dialogue in your
favorite movies, music, and games.

EUROPEAN DESIGN – SCANDINAVIAN ROOTS
With its minimalist aesthetic, clean lines and meticulous attention to detail, the Studio7 series is
a great example of form following function and ushers in a new era of performance for Jamo.
Brimming with technical innovation our design team have created a speaker that is timeless and
would grace any home. Inspired by nature the Studio7 series is a tribute to our two founders,
Preben Jacobsen and Julius Mortensen.
HEAR EVERY WORD
The center speaker is critical for catching every nuance of the dialogue in your favorite movies,
music, and games, It’s an essential part for the reproduction of dialogues and most of the front
sound effects. Thanks to its form factor, the S7-43C compliments perfectly today’s flat-screen
TVs with an unobtrusive footprint. The center channel is not tilted for better direction towards the
listener and the grille has a plinth to mimic the other products of the range.
CRYSTAL CLEAR HIGHS
The high frequency duties are carried out by the all new 1-inch tweeter unit featuring a
copper faraday ring which increases sensitivity and reduces non-linear distortion. The tweeter
and surround is made from fabric and exhibits excellent distortion characteristics and wide
bandwidth, for a non-fatiguing yet detailed sound.
The High Frequency waveguide was optimised using Jamo’s exclusive COMSOL software
model. Validation of the waveguide and tweeter performance was achieved through countless
hours of real-world testing to ensure consistency, reliability and performance even at high sound
pressure levels for extended periods.